This library is compatible with Go Modules. For more information about how this process works at a lower level, see the osquery wiki. You can then have osquery load the extension in your desired context (ie: in a long running instance of osqueryd or during an interactive query session with osqueryi). To create an extension, you must create an executable binary which instantiates an ExtensionManagerServer and registers the plugins that you would like to be added to osquery. This project contains Go bindings for creating osquery extensions in Go. are implemented via a robust plugin and extensions API. In osquery, SQL tables, configuration retrieval, log handling, etc. If you're interested in learning more about osquery, visit the GitHub project, the website, and the users guide. With osquery, SQL tables represent abstract concepts such as running processes, loaded kernel modules, open network connections, browser plugins, hardware events or file hashes. This allows you to write SQL-based queries to explore operating system data. Osquery exposes an operating system as a high-performance relational database. NewExtensionManagerServer(name, sockPath, opts) (c) RegisterExtensionContext(ctx, info, registry) (c) DeregisterExtensionContext(ctx, uuid)
Response the request with an empty response.(c) CallContext(ctx, registry, item, request).Save the parameters data in the Responses List.When a POST /distributed_write is received the Server should do the follows: This POST REST API is invoked by an OSQuery remote instance to return the queries' responses. Generate the response with all the queries and their queryIDs associated.Check the Queries List and take all the queries with the node key specified in the node_key parameter.If not return a response with 'node_invalid': true for indicating that new enrollment is needed. Check if the 'node_key' is present in the Nodes List.When a POST /distributed_read is received the Server should do the follows: "node_invalid": false // Optional, return true to indicate re-enrollment. "id2": "select * from osquery_schedule ", This POST REST API is invoked by an OSQuery Node to get a list of queries to executed. Respond the request using the the just generated node key as value for the "node_key" property.If there is a row in the Node list for the hostUUID the current node key is replaced by a new one. Register the hostUUID received in the host_identifier parameter in the Nodes list along with a new generated UUID as node key.Check that the enroll_secret matches the enroll secret in the server (This enroll secret can be store in a config file).When a POST /enroll is received the Server should do the follows: "host_identifier": Determined by the -host_identifier flag in the OSQuery remote instance. This POST REST API is invoked by an OSQuery Node in order to announce to the server that it is running and being authenticated. A certificate signed by the CA's certificate.To use this authentication method the following is needed: OSQuery Nodes
TLS client-auth enrollment (not explain here).OSQuery remote supports 2 different kind of authentications. This post includes the technical description of this APIs and what they should do. Then you have to set up each OSQuery Remote Instance (OSQuery Nodes) to call these APIs. To work with OSQueryi in remote way a server that supports 3 REST APIs has to be built. It gives you a SQL interface to try out new queries and explore your operating system using SQL language and dozens of useful tables built-in. OSQueryi is the interactive query console of OSQuery. You can perform ad-hoc queries or schedule them Ad-hoc queries
#OSQUERY WINDOWS EXAMPLES PASSWORD#
OSQuery gives you the ability to query and log things like running processes, logged in users, password changes, USB devices, firewall exceptions, listening ports, and more. OSQuery allows you to easily ask questions about your Linux, Windows, and macOS infrastructure.
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